New coal-fired catalysts promote energy-saving and emission reduction
The reporter learned from the meeting of the Shandong Thermoelectricity Annual Meeting and the Environmental Protection Desulphurization and Energy Saving Technology Conference held in Jinan on October 12 that a major breakthrough has been made in China’s coal-fired energy-saving and emission-reduction technologies. A new type of coal combustion catalyst named CHARNA C, developed by the company, can save 8% to 15% of coal and reduce sulfur dioxide by 25%. If it is to be promoted, it will achieve the energy conservation and emission reduction targets for the “Eleventh Five-Year Planâ€. Make a major contribution.
According to experts at the meeting, according to estimates of boiler coal consumption of 1.66 billion tons and coal saving rate of 10% in 2006, if this technology is fully promoted throughout the country, 120 million tons of standard coal energy can be formed in one year, accounting for the “11th Five-Year Planâ€. One-fourth of the energy-saving capacity needs to be established, and 2.3 million tons of sulfur dioxide can be reduced in a year, accounting for about 9% of the sulfur dioxide emissions in 2006.
CHARNA C coal combustion catalyst is an environmentally friendly and energy-efficient product with independent intellectual property rights in China and was successfully developed by Beijing Jinyuan Chemical Group Co., Ltd. According to the company's scientific and technical personnel, the catalyst improves the combustion characteristics of coal combustion, improves the burning rate of coal in the furnace, and makes combustion more efficient. At the same time, by optimizing the surface properties of the coal particles, the ash and sulfur oxides in the coal are reacted to achieve desulfurization. The catalyst has opened up new ways for chemical energy-saving boilers to save energy. It has the dual functions of saving fuel and reducing sulfur dioxide emissions. It can also effectively reduce the generation of pyrocarbon in coal-fired boilers, remove coke deposits, and improve the working conditions of burners. Recently, Zhang Heping, president of Jinyuan Chemical Group, won the "Energy Contributing Entrepreneur with Outstanding Contribution to Energy Saving and Emission Reduction" and on the China Energy Conservation, Emission Reduction, and Resources Comprehensive Utilization Forum supported by the National Development and Reform Commission, the State-owned Assets Supervision and Administration Commission, the Ministry of Science and Technology, and the State Environmental Protection Administration. Energy-saving and emission reduction technology, research and development, outstanding contribution to individuals "two awards.
At present, the catalyst has been industrially applied to dozens of thermoelectric companies in Chongqing, Shandong, Anhui, Jiangsu, and Zhejiang, and has achieved significant results. Chongqing Panxi Titanium Industry Circulating Fluidized Bed Boiler, Shandong Licun Thermal Power Company Circulating Fluidized Bed Boiler, Sichuan Yinzhou Thermal Power Company's Pulverized Coal Boiler, etc., save 8% of coal by using this catalyst without any physical modification. ~15%, about 25% of sulfur dioxide emission reduction. The catalyst has passed the performance test of the Beijing Coal and Chemical Industry Branch of the General Research Institute of Coal Science, physical performance testing of the Logistics Engineering and Inspection Center of the Chinese People's Liberation Army, and the review of the expert group of the China Petroleum and Chemical Industry Association.
According to experts at the meeting, according to estimates of boiler coal consumption of 1.66 billion tons and coal saving rate of 10% in 2006, if this technology is fully promoted throughout the country, 120 million tons of standard coal energy can be formed in one year, accounting for the “11th Five-Year Planâ€. One-fourth of the energy-saving capacity needs to be established, and 2.3 million tons of sulfur dioxide can be reduced in a year, accounting for about 9% of the sulfur dioxide emissions in 2006.
CHARNA C coal combustion catalyst is an environmentally friendly and energy-efficient product with independent intellectual property rights in China and was successfully developed by Beijing Jinyuan Chemical Group Co., Ltd. According to the company's scientific and technical personnel, the catalyst improves the combustion characteristics of coal combustion, improves the burning rate of coal in the furnace, and makes combustion more efficient. At the same time, by optimizing the surface properties of the coal particles, the ash and sulfur oxides in the coal are reacted to achieve desulfurization. The catalyst has opened up new ways for chemical energy-saving boilers to save energy. It has the dual functions of saving fuel and reducing sulfur dioxide emissions. It can also effectively reduce the generation of pyrocarbon in coal-fired boilers, remove coke deposits, and improve the working conditions of burners. Recently, Zhang Heping, president of Jinyuan Chemical Group, won the "Energy Contributing Entrepreneur with Outstanding Contribution to Energy Saving and Emission Reduction" and on the China Energy Conservation, Emission Reduction, and Resources Comprehensive Utilization Forum supported by the National Development and Reform Commission, the State-owned Assets Supervision and Administration Commission, the Ministry of Science and Technology, and the State Environmental Protection Administration. Energy-saving and emission reduction technology, research and development, outstanding contribution to individuals "two awards.
At present, the catalyst has been industrially applied to dozens of thermoelectric companies in Chongqing, Shandong, Anhui, Jiangsu, and Zhejiang, and has achieved significant results. Chongqing Panxi Titanium Industry Circulating Fluidized Bed Boiler, Shandong Licun Thermal Power Company Circulating Fluidized Bed Boiler, Sichuan Yinzhou Thermal Power Company's Pulverized Coal Boiler, etc., save 8% of coal by using this catalyst without any physical modification. ~15%, about 25% of sulfur dioxide emission reduction. The catalyst has passed the performance test of the Beijing Coal and Chemical Industry Branch of the General Research Institute of Coal Science, physical performance testing of the Logistics Engineering and Inspection Center of the Chinese People's Liberation Army, and the review of the expert group of the China Petroleum and Chemical Industry Association.
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